Advancing 5G telecommunications research using software-defined radio techniques

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Advancing 5G telecommunications research using software-defined radio techniques

机译：使用软件定义的无线电技术推进5G电信研究

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The research team believe that the results of their UFMC and OFDM comparison project will provide valuable insight into the challenges involved in 5G deployment from the aspect of modulation techniques. The results indicated, for the first time, the use of SDR to implement the UFMC waveform and to investigate the real-time challenges of 5G in deployment. The Nl software-defined radio equipment significantly aided the wireless research team to achieve the project goals quicker and with fewer complexities.

机译：研究团队认为，他们的UFMC和OFDM比较项目的结果将提供有价值的洞察力，从调制技术的方面提供5G部署所涉及的挑战。结果表明，首次使用SDR来实现UFMC波形并调查部署5G的实时挑战。 NL软件定义的无线电设备显着帮助无线研究团队更快地实现项目目标，并且复杂性较少。

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《Electronic product design & test》 |2021年第3期|32-33|共2页
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收录信息美国《工程索引》(EI);
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正文语种 eng
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1. Adapting team-based learning for application in telecommunications engineering using software-defined radio [J] . Diniz P. C. A., Veiga A. C. P., Rocha G. N. International Journal of Electrical Engineering Education . 2019,第3期

机译：使用软件定义的无线电使基于团队的学习适应于电信工程中的应用
2. Adapting team-based learning for application in telecommunications engineering using software-defined radio [J] . Diniz P. C. A., Veiga A. C. P., Rocha G. N. International journal of electrical engineering and education . 2019,第3期

机译：使用软件定义的收音机调整基于团队的学习在电信工程中的应用
3. Experimental passive eavesdropping of Digital Enhanced Cordless Telecommunication voice communications through low-cost software-defined radios [J] . Sanchez Ignacio, Baldini Gianmarco, Shaw David, Security and Communications Networks . 2015,第3期

机译：通过低成本软件定义的无线电进行数字增强型无绳电信语音通信的实验性被动监听
4. 5G-RANGE: A transceiver for remote areas based on software-defined radio [C] . Wheberth Dias, Alexandre Ferreira, Roberto Kagami, European Conference on Networks and Communications . 2020

机译：5G-RANGE：基于软件定义无线电的偏远地区收发器
5. Clock and frequency synchronization techniques in software-defined radios. [D] . Montazeri, Ali. 2012

机译：软件无线电中的时钟和频率同步技术。
6. Deep Learning versus Spectral Techniques for Frequency Estimation of Single Tones: Reduced Complexity for Software-Defined Radio and IoT Sensor Communications [O] . Hind R. Almayyali, Zahir M. Hussain 2021

机译：对单音频率估计的深度学习与频谱技术：软件定义的无线电和物联网传感器通信的复杂性降低
7. Radio Resource Sharing as a Service in 5G: A Software-defined Networking Approach [O] . Jiang, Menglan, Xenakis, Dionysis, costanzo, salvatore, 2018

机译：5G中的无线资源共享即服务：一种软件定义的网络方法

Advancing 5G telecommunications research using software-defined radio techniques

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